Abstract
What is the dialect of an urban ecology collapsing under the weight of electromagnetic pollution? The Symbiotic Noise Protocol is a speculative bio-computing experiment that utilizes multimodal synthesis to translate interspecies distress signals into visual and structural topologies.
By treating the AI latent space not as an oracle, but as a digital digestive tract, we consume raw sensor data from municipal environments and excrete generative blueprints for speculative organisms that could theoretically survive there.
Multimodal Inputs
The neural architecture was fed a simultaneous, unsynchronized stream of three divergent media forms. The resulting interference patterns act as the seed for all downstream generation.
[AUDIO] Subterranean Mycorrhiza
Contact microphones embedded in the root systems of dying urban oak trees, capturing electrical impedance shifts over a 72-hour period of acid rain.
[VISUAL] Spectrogram Decay
Satellite imagery of expanding desertification in the Aral Sea, converted into raw hex code, and rendered back as a corrupted thermal map.
[TEXT] E-Waste Manifests
Optical Character Recognition (OCR) applied to 14,000 pages of discarded shipping manifests from an e-waste recycling plant in Agbogbloshie.
Artifact Synthesis
The model’s attempt to reconcile these inputs results in "hallucinated" bio-structures. Below are three zero-shot SVGs generated directly from the multimodal cross-attention layers. These represent theoretical blueprints for hyper-resilient micro-flora.
Proto-Lichen // V.01
Designed to metabolize heavy metals. The acoustic data of root-stress shaped the bezier curves of the outer membrane.
Silicon Phage // X.44
A hypothetical virus targeting discarded microprocessors. The geometry is a direct translation of the Aral Sea thermal corruption maps.
Myco-Acoustic Waveform
A physicalized soundwave. If fed back into an audio generator, this curve outputs a low-frequency hum identical to 5G tower interference.